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Pyroprocessing Explained
Pyroprocessing is currently highlighted in discussions on energy-intensive industrial technologies. The news focus is on its definition, process characteristics, and key industrial applications, including nuclear fuel reprocessing.
Pyroprocessing (High-Temperature Industrial Technology):
| Dimension | Key Details |
|---|---|
| Definition | Pyroprocessing provides for changing a solid material physically or chemically using high temperature. |
| Process characteristics | Pyroprocessing comprises a dry process and is very energy-intensive. |
| Industrial usage | Pyroprocessing applies to cement industry, metallurgy, and nuclear industry. |
| Cement industry application | In cement, pyroprocessing provides for making clinker for cement. |
| Metallurgy application | In metallurgy, pyroprocessing provides for extracting metals from ore. |
| Nuclear industry application | Pyroprocessing provides for recycling used fuel by separating elements in molten salt, and applies to reprocessing spent nuclear fuel. |
| Development timeline | Pyroprocessing has been developed in the 1980s–1990s for advanced reactors. |